 | 姓名： 王元元 |
職稱：教授 | |
電子郵件： wangyuanyuan@sspu.edu.cn | |
通訊地址:上海市浦東新區金海路2360號 | |
團隊主頁：無 |
教育背景及工作經歷
2019.12～至今 沐鸣平台大學，沐鸣 教授
2014.03-2019.11 沐鸣平台，工學部環境與材料工程沐鸣 副教授
2012.09-2014.02 沐鸣平台，工學部環境與材料工程沐鸣 講師
2010.09-2012.04 University of Colorado at Boulder,機械工程系Research Assistant（博士後）
2004.09-2010.12 中國科學技術大學，物理系 凝聚態物理專業 博士
2000.09-2004.07 中國科學技術大學，物理系 應用物理專業 學士
主講課程
《固體物理導論》、《計算材料學導論》🤯、《半導體發光材料與器件》等
研究領域
1. 微納尺度載流子輸運性質；
2. 熱電材料與器件能量輸運機理研究。
科研項目
1. 上海市青年東方學者資助計劃，主持🕵🏼♀️，2015-2017🦹🆙；
2.國家自然科學基金面上基金（51876111）👨👩👦，基於納米復合材料的熱電發電器件熱量傳遞和能量轉換機製研究，主持，2019-2022🧖；
3.國家自然科學基金重大項目課題（51590902），太陽能能量傳輸🚛、轉換特性與調控方法，參與（第二參與人）🤲🏽，2016-2020💿；
4.國家自然科學基金青年基金（51406111），導電有機物-石墨烯納米結熱電輸運及轉換機製的研究，主持🤶🏽，2015-2017；
5.上海市自然科學基金（14ZR1417000），石墨烯納米帶-導電有機物納米結熱電性質的研究👰🏻♀️，主持，2014-2017🏋🏿♂️；
6.上海市教委科研創新項目（15ZZ100），有機無機納米復合物中熱電輸運的理論研究🧑🏼🔧，主持，2015-2017。
學術兼職
中國工程熱物理學會傳熱傳質青年委員會委員
榮譽獎勵
1.沐鸣平台“三八紅旗手”，2016，2020🧙🏿♀️🕑；
2. 上海市第四屆上海市優秀青年女教師聯誼會理事🚴🏿♀️，2021
授權專利
1.王元元;周亞傑;吳子華;謝華清;劉安邦;李奕懷;毛建輝;一種基於冷端溫控提高熱電器件性能的方法, 2021.12,中國, 202111443465.0;
2.王元元;王俊麗;周亞傑;翟涵;謝華清;環狀熱電發電器件發電裝置和提高環狀熱電發電器件性能的方法, 2020.11,中國, 202011317166.8🤹🏽；
3.吳子華;謝華清;李奕懷;劉安邦;王元元;邢姣嬌;一種基於納米流體提高太陽能熱電發電效率的 系統, 2019-08-09,中國, CN106123363A
4.吳子華;謝華清;李奕懷;劉安邦;王元元;邢姣嬌;同步測試納米流體傳熱系數及其對熱電發電系 統發電效率影響規律的系統和方法, 2019-7-2,中國, CN201610505891.5
5.吳子華;謝華清;毛建輝;王元元;邢姣嬌;一種利用相變材料儲熱功能提高熱電發電效率的系統, 2019-3-1,中國, CN106150629A
6.王元元;田園園;張夢君;謝華清;吳子華;邢姣嬌;李奕懷;毛建輝;一種提高熱電發電器件性能 的方法, 2018-12-29,中國, 201811629595.1
7.吳子華;謝華清;邢姣嬌;王元元;李奕懷;一種利用強化介質納米流體降低熱電器件冷端溫度的 系統, 2018-12-28,中國, CN105957956A
主要論文
1. Wenqin Li, Chao Shen, Zihua Wu*,Yuanyuan Wang, Dongyun Ma, Yongzhen Wu*, “Pyridine functionalized phenothiazine derivatives as low-cost and stable hole0transporting material for perovskite solar cells”, Materials Today Energy 23, 100903 (2022).
2. Qing Xi, Adili Ayiti, Lan Dong,Yuanyuan Wang, Jun Zhou, Xiangfan Xu*, “Dimension reduction induced anisotropic magnetic thermal conductivity in hematite nanowires”, Physics Review B 104, 245416 (2021).
3. Yuanyuan Tian, Anbang Liu, Junli Wang, Yajie Zhou, Chengpeng Bao, Huaqing Xie, Zihua Wu, andYuanyuan Wang*, “Optimized Output Electricity of Thermoelectric Generators by Matching Phase Change Material and Thermoelectric Material for Intermittent Heat Sources”, Energy 233, 121113 (2021).
4. Mengjun Zhang, Junli Wang, Yuanyuan Tian, Yajie Zhou, Jia Zhang, Huaqing Xie, Zihua Wu, andYuanyuan Wang*，“Performance comparison of annular and flat-plate thermoelectric generators for cylindrical hot source”,Energy Reports 7, 413-420 (2021).
5. Yihuai Li, Zihua Wu, Jinhao Lin, Huaqing Xie*,Yuanyuan Wang, Jianhui Mao, and Zhen Li*, “Enhanced thermoelectric performance of hot-press Bi-doped n-type polycrystalline PbS”,Materials Science in Semiconductor Processing 121, 105393 (2021).
6. Qing Xi, Jinxin Zhong, Jixiong He, Xiangfan Xu, Tsuneyoshi Nakayama,Yuanyuan Wang, Jun Liu, Jun Zhou, and Baowen Li, “A Ubiquitous Thermal Conductivity Formula for Liquids, Polymer Glass, and Amorphous Solids”, Chinese Physics Letter 37, 104401 (2020).
7. Yuanyuan Tian, Mengjun Zhang, Junli Wang, Anbang Liu, Huaqing Xie, Zihua Wu, Yihuai Li, Jianhui Mao, andYuanyuan Wang*, “Thermal contact resistance matching to optimize performance in thermoelectric generators”,Journal of Enhanced Heat Transfer 27(7):617–627 (2020).
8. Anbang Liu, Jiapu Zou, ZihuaWu,Yuanyuan Wang, Yuanyuan Tian, and Huaqing Xie*, “Enhancing the performance of TEG system coupled with PCMs by regulating the interfacial thermal conduction”,Energy Reports 6, 1942-1949 (2020).
9. Jia Zhang, Han Zhai, Zihua Wu∗,Yuanyuan Wang, Huaqing Xie*, “Experimental investigation of novel integrated photovoltaic-thermoelectric hybriddevices with enhanced performance”,Solar Energy Materials and Solar Cell 215, 110666 (2020).
10. Jun Zhou, Qing Xi, Jixiong He, Xiangfan Xu, Tsuneyoshi Nakayama,YuanyuanWang*, and Jun Liu*, “A Thermal Resistance Network Model for Heat Conduction of Amorphous Polymers”, Physical Review Materials 4, 015601 (2020).
11. Yihuai Li, Jinhao Lin, Huaqing Xie*,Yuanyuan Wang, and Zhen Li*, “Raising the thermoelectric performance of PbS with low-content polyparaphenylene”,Journal of Materials Science-Materials in Electronics 31(9), 6586-6592 (2020).
12. Jia Zhang, Han Zhai, Zihua Wu∗,Yuanyuan Wang, Huaqing Xie, Mengjun Zhang, “Enhanced performance of photovoltaic–thermoelectric coupling devices with thermal interface materials”, Energy Reports 6, 116-122 (2020).
13. Mengjun Zhang, Yuanyuan Tian, Huaqing Xie, Zihua Wu, andYuanyuan Wang*, “Influence of Thomson effect on the thermoelectric generator”, International Journal of Heat and Mass Transfer137, 1183 (2019).
14. Anbang Liu, Zihua Wu, Huaqing Xie,* Yihuai Li,Yuanyuan Wang, Enhao Yu, and Xiaodie Cai, “Improving the performance of TEM embedded with paraffin-based phase change materials with different thermal conductivity”, Journal of Renewable and Sustainable Energy 11, 054701 (2019).
15. Ji-Zhu Hu, Bin Liu, Jun Zhou*, Baowen Li, andYuanyuan Wang*, “Enhanced thermoelectric cooling performance with graded thermoelectric materials”, Japanese Journal of Applied Physics 57, 071801 (2018).
16. Xinfang Gao#, Minhong He#, Bin Liu, Jizhu Hu,Yuanyuan Wang*, Ziqi Liang*, Jun Zhou*,Topological Design of Inorganic-Organic Thermoelectric Nanocomposites Based on "Electron-Percolation Phonon-Insulator" Concept, ACS Applied Energy Materials 1, 2927 (2018).
17. Zihua Wu, Huaqing Xie*,Yuanyuan Wang, Jiaojiao Xing, and Jianhui Mao,Thermoelectric properties of Co-doped ZnO by incorporating organic nanoparticles, Rare Metal Materials and Engineering 47, 0452-0456 (2018).
18. Anbang Liu, Zihua Wu*, Huaqing Xie,Yuanyuan Wang, Jianhui Mao, Jiaojiao Xing, and Yihuai Li, “Effect of geometrical structure of embedded phase change material on the power generation of thermoelectric module”, Thermal Science 22, 2691-2698 (2018).
19. Jianhui Mao, Zihua Wu, Huaqing Xie*, Anbang Liu,Yuanyuan Wang, Yihuai Li, and Jiaojiao Xing,Power Generation by Thermoelectric Generator Using Different Amounts of Phase Change Materials, Journal of Thermophysics and Heat Transfer 32, 799 (2018).
20. Yuanyuan Wang, Huaqing Xie*, Zihua Wu, Jiaojiao Xing, Jianhui Mao, annd Yihuai Li, “Enhanced Spin Figure of Merit in Molecular Junction”, The Journal of Physical Chemistry C121, 9773 (2017).
21. Li Yihuai, Wu Zihua*, Xie Huaqing, Xing Jiaojiao, Mao Jianhui,Wang Yuanyuan, Li Zhen, “Study on the performance of TEG with heat transfer enhancement using graphene-water nanofluid for a TEG cooling system”, Science China Technological Sciences 60, 1168 (2017).
22. Jiaojiao Xing, Zihua Wu*, Hua-qing Xie,Yuanyuan Wang, Yihuai Li, Jianhui Mao, “Performance of thermoelectric generator with graphene nanofluid cooling”, Chinese Physics B, 26 104401 (2017).
23. Yuanyuan Wang, Huaqing Xie*, Zihua Wu, and Jiaojiao Xing, “Monte-Carlo Simulation of Asymmetrical Growth of Cube-shaped Nanoparticles”, Chinese Physics B9, 096104 (2016).
24. Yuanyuan Wang, Qunxing Xu, Huaqing Xie*, Zihua Wu, and Jiaojiao Xing, “Monte-Carlo Simulations of the Effect of Surfactant on the Growth of Silver Dendritic Nanostructures”,Acta Phys. -Chim. Sin.32, 2518-2522 (2016).
25. Dongsheng Chen, Yan Zhao, Yani Chen, Tingyu Lu,Yuanyuan Wang*, Jun Zhou*, and Ziqi Liang*, “Thermoelectric Enhancement of Ternary Copper Chalcogenide Nanocrystals by Magnetic Nickel Doping”, Adv. Electron. Mater.2,1500473 (2016).
26. Zihua Wu, Huaqing Xie*,Yuanyuan Wang, Jiaojiao Xing, Jianhui Mao, Yihuai Li, “PPP addition to improve the thermoelectric properties of ZnO-based thermoelectric composites”, Journal of Inorganic Materials31, 1249-1254 (2016).
27. Jiaojiao Xing, Zihua Wu*, Huaqing Xie,Yuanyuan Wang, Jianhui Mao, “Thermoelectric conversion efficiency with nanofluid coolant on thermoelectric model cold side”, Journal of Engineering Thermophysics37, 1523~1526 (2016).
28. Mengjie Li,Yuanyuan Wang, Jun Zhou*, Jie Ren, and Baowen Li, “Thermal boundary conductance across metal-nonmetal interfaces: effects of electron-phonon coupling both in metal and at interface”, Eur. Phys. J. B88, 149 (2015).
29. Dongsheng Chen, Yan Zhao, Yani Chen, Biao Wang,Yuanyuan Wang, Jun Zhou*, and Ziqi Liang*, “Hot-Injection Synthesis of Cu-Doped Cu2ZnSnSe4 Nanocrystals to Reach ThermoelectriczT of 0.70 at 450 °C”, ACS Appl. Mater. Interfaces7, 24403 (2015).
30. Xiaojun Wang,Yuanyuan Wang*, Dong Li, Liping Zou, Qichong Zhang, Jun Zhou, Dongfang Liu*, Zengxing Zhang*, "Thermal annealing and air exposing effect on the graphene/silicon Schottky junctions", Solid State Communications201, 115 (2015).
31. Zihua Wu, Huaqing Xie,Yuanyuan Wang, Jiaojiao Xing, Jianhui Mao, “Nanojunctions contributing to high performance thermoelectric ZnO-based inorganic-organic Hybrids”, Chinese Physics Letter 32, 117303 (2015).
32. Yuanyuan Wang, Jun Liu, Jun Zhou, and Ronggui Yang, “Thermoelectric transport across nanoscale polymer-semiconductor-polymer junctions”, J. Phys. Chem. C117, 24716 (2013).
33. Jun Zhou,Yuanyuan Wang, Jeff Sharp, and Ronggui Yang, “Optimal thermoelectric figure of merit in Bi2Te3/Sb2Te3 quantum dot nanocomposites”, Phys. Rev. B.85, 115320 (2012).
34. Yuanyuan Wang, Jun Zhou, and Ronggui Yang, “Thermoelectric properties of molecular nanowires”, J. Phys. Chem. C115, 24418 (2011). (51)
35. M. Q. Weng,Y. Y. Wang, and M. W. Wu, “Electron spin relaxation in cubic GaN quantum dots: Perturbation and exact diagonalization study”, Phys. Rev. B79, 155309 (2009).
36. Y. Y. Wangand M. W. Wu, “Control of spin coherence in semiconductor double quantum dots”, Phys. Rev. B77, 125323 (2008).
37. J. H. Jiang,Y. Y. Wang, and M. W. Wu, “Reexamination of spin decoherence in semiconductor quantum dots from equation-of-motion approach”, Phys. Rev. B77, 035323 (2008).
38. Y. Y. Wangand M. W. Wu, “Control of spin relaxation in double quantum dots”, Phys. Rev. B74, 165312 (2006).
Y. Y. Wangand M. W. Wu, “Schottky barrier induced spin relaxation in spin injection”, Phys. Rev. B72, 153301 (2005).
其他
先後指導碩士生8名